NIST Director Dr. William Jeffrey emphasized the importance of measurement science and standards in driving innovation and economic growth. He compared the role of NIST to that of physical infrastructure, stating that innovation infrastructure is equally essential for the economy and daily life.
NIST’s measurement science enables industries to manufacture products reliably by accurately measuring smaller objects and phenomena faster or more accurately. Dr. Jeffrey cited NIST’s Nobel Laureate, Dr. Jan Hall, who improved laser measurements to an accuracy of 1 part in 1015, leading to innovations such as fiber-optic communications, precise navigation tools, and improved detection methods.
NIST is at the forefront of quantum research, developing advanced tools to harness and control quantum phenomena. With several world-renowned scientists and Nobel laureates, NIST is one of the most advanced quantum research programs in the world. Standards development and testing are crucial for NIST’s mission, providing a common language between parties and facilitating smooth transactions in the free market.
NIST’s work is uniquely situated at the nexus of academia and industry, strengthening national innovation capacity. The American Competitiveness Initiative recognizes NIST’s role in advancing measurement science and standards for nanotechnology, quantum information science, and other strategic sectors. These advancements support whole industries and sectors, providing a favorable multiplier effect on the economy. NIST’s measurement and standards work is a foundation for innovation, enabling scientists and manufacturers to work efficiently and confidently. NIST’s tools contribute to economic security and improved quality of life.
Keywords: Quantum Cryptography, Quantum Communication, Quantum Networks
